Key performance benefit: Blue Cleanroom Nitrile Gloves are manufactured to provide the lowest levels of particulates and extractables possible. Inherently anti-static, they are ideal for use in Electronics, Semi-Conductor Industries, and Biotechnical Laboratories.
Material & construction: Made from 100% nitrile (latex free). DI wash processed and double poly-bagged. Ambidextrous design with fully textured fingers for sure wet and dry handling.
Risk reduction / compliance benefit: Contains no latex protein, providing an allergen-free alternative for latex-sensitive users. Resistant to a wide range of chemicals including Acetic Acid, Ethylene Glycol, MEK, and Sodium Hydroxide.
Comfort & usability: Available in 9" length option (also available in 12" length). Ambidextrous fit. Fully textured fingers for enhanced grip.
Safety & compliance assurance: Latex-free construction. DI wash processed and double poly-bagged packaging.
Recommended For
Electronics industry
Semi-conductor industry
Biotechnical laboratories
Cleanroom environments
Chemical handling applications
Latex-sensitive users
Product Details
Material: 100% Nitrile (Latex Free)
Length: 9" (12" option available)
Sizes: Large, Medium, Small
Texture: Fully textured fingers
Design: Ambidextrous
Packaging: 100 per pack
Processing: DI Wash Processed, Double Poly-Bagged
Chemical Resistance: Acetic Acid, Ethylene Glycol, MEK, Sodium Hydroxide
Primary Industries
Electronics
Semiconductor
Biotechnical Laboratories
Cleanroom Applications
FAQs
Are these gloves suitable for controlled cleanroom environments?
Yes, they are manufactured to minimize particulates and extractables, making them appropriate for controlled environments where contamination control is critical. The DI wash process and double poly-bagged packaging further support cleanliness requirements in electronics, semiconductor, and biotechnology facilities.
How do these gloves help reduce electrostatic risks?
Nitrile material is inherently anti-static, which helps limit static buildup during handling of sensitive components. This characteristic makes them suitable for environments where electrostatic discharge could damage microelectronics or precision devices. Proper grounding procedures should still be followed within the facility.
Are these gloves appropriate for users with latex allergies?
Yes, they are made from 100% nitrile and contain no natural rubber latex proteins. This provides an alternative for individuals sensitive to latex, helping reduce the risk of allergic reactions while maintaining reliable barrier protection in laboratory and industrial settings.
Do the textured fingers improve handling performance?
Fully textured fingertips enhance grip in both wet and dry conditions. This can improve control when handling small components, tools, or containers. Enhanced grip is particularly beneficial in precision tasks where secure handling reduces the risk of dropped parts or sample contamination.
What types of chemicals can these gloves withstand?
They offer resistance to several commonly encountered laboratory and industrial chemicals, including acetic acid, ethylene glycol, MEK, and sodium hydroxide. While suitable for many handling tasks, users should always confirm compatibility with specific chemicals and exposure durations before use.
Key performance benefit: Blue Cleanroom Nitrile Gloves are manufactured to provide the lowest levels of particulates and extractables possible. Inherently anti-static, they are ideal for use in Electronics, Semi-Conductor Industries, and Biotechnical Laboratories.
Material & construction: Made from 100% nitrile (latex free). DI wash processed and double poly-bagged. Ambidextrous design with fully textured fingers for sure wet and dry handling.
Risk reduction / compliance benefit: Contains no latex protein, providing an allergen-free alternative for latex-sensitive users. Resistant to a wide range of chemicals including Acetic Acid, Ethylene Glycol, MEK, and Sodium Hydroxide.
Comfort & usability: Available in 9" length option (also available in 12" length). Ambidextrous fit. Fully textured fingers for enhanced grip.
Safety & compliance assurance: Latex-free construction. DI wash processed and double poly-bagged packaging.
Recommended For
Electronics industry
Semi-conductor industry
Biotechnical laboratories
Cleanroom environments
Chemical handling applications
Latex-sensitive users
Product Details
Material: 100% Nitrile (Latex Free)
Length: 9" (12" option available)
Sizes: Large, Medium, Small
Texture: Fully textured fingers
Design: Ambidextrous
Packaging: 100 per pack
Processing: DI Wash Processed, Double Poly-Bagged
Chemical Resistance: Acetic Acid, Ethylene Glycol, MEK, Sodium Hydroxide
Primary Industries
Electronics
Semiconductor
Biotechnical Laboratories
Cleanroom Applications
FAQs
Are these gloves suitable for controlled cleanroom environments?
Yes, they are manufactured to minimize particulates and extractables, making them appropriate for controlled environments where contamination control is critical. The DI wash process and double poly-bagged packaging further support cleanliness requirements in electronics, semiconductor, and biotechnology facilities.
How do these gloves help reduce electrostatic risks?
Nitrile material is inherently anti-static, which helps limit static buildup during handling of sensitive components. This characteristic makes them suitable for environments where electrostatic discharge could damage microelectronics or precision devices. Proper grounding procedures should still be followed within the facility.
Are these gloves appropriate for users with latex allergies?
Yes, they are made from 100% nitrile and contain no natural rubber latex proteins. This provides an alternative for individuals sensitive to latex, helping reduce the risk of allergic reactions while maintaining reliable barrier protection in laboratory and industrial settings.
Do the textured fingers improve handling performance?
Fully textured fingertips enhance grip in both wet and dry conditions. This can improve control when handling small components, tools, or containers. Enhanced grip is particularly beneficial in precision tasks where secure handling reduces the risk of dropped parts or sample contamination.
What types of chemicals can these gloves withstand?
They offer resistance to several commonly encountered laboratory and industrial chemicals, including acetic acid, ethylene glycol, MEK, and sodium hydroxide. While suitable for many handling tasks, users should always confirm compatibility with specific chemicals and exposure durations before use.
